23 research outputs found
Conformation of (S)-crizotinib along the reaction coordinate (Z-axis) in the MTH1 protein.
<p>Top: the PMF along the reaction coordinate. Bottom: Corresponding representatives’ structures of the (S)-crizotinib/MTH1. The proteins are shown in gray cartoon, respectively. Yellow stick representations are shown for important residues. The green stick is the ligand.</p
The secondary structure propensities of the residues in the studied peptides.
<p>The results were obtained using the time intervals of 40–200 ns.</p
Distributions of hydrophobic solvent accessible areas of WT PrP106-126 and its two mutants A117V, H111S.
<p>Hydrophobic SASA of residues Val, Met and Leu were considered.</p
The monitoring of MD trajectories.
<p>(A) Time evolution of the RMSD of all protein backbone atoms; (B) Time evolution of the RMSD of Cα atoms for the residues around 5 Å of ligand; (C) Time evolution of the RMSD of heavy atoms for the ligand; (D) Time evolution of the RMSF of Cα atoms of the protein. The values reflect the equilibration of each of the systems relative to the initial structures.</p
The side chain-side chain contact maps of WT, A117V and H111S in 40-200ns time intervals.
<p>The right column represents substracted contact maps between A117V and WT and between H111S and WT. The (i,i), (i,i±1) and (i,i±2) contacts are not included.</p
Conformation of (R)-crizotinib along the reaction coordinate (Z-axis) in the MTH1 protein.
<p>Top: the PMF along the reaction coordinate. Bottom: Corresponding representatives’ structures of the (R)-crizotinib/MTH1. The proteins are shown in gray cartoon, respectively. Yellow stick representations are shown for important residues. The blue stick is the ligand.</p
Intermolecular ligand receptor (MTH1) interaction spectrum of the MTH1-crizotinib complex according to the MM/GBSA analysis methods.
<p>Intermolecular ligand receptor (MTH1) interaction spectrum of the MTH1-crizotinib complex according to the MM/GBSA analysis methods.</p
The GUI of MolGridCal and the binding pocket of β<sub>2</sub>AR.
<p>(A) The displayed information of GUI for monitoring MolGridCal. (B) The top three compounds, agonist, antagonist, inverse agonist bound to the pockets of β<sub>2</sub>AR. Different ligands were represented by different colors. TOP1,2,3, agonist BI-167107, antagonist alprenolol and inverse agonist ICI 118,551 were colored in blue, red, gray, orange, yellow and green, respectively.</p
Analysis of conformation of different ligands.
<p>Delineating conformational differences between (A) TOP1-TOP3, (B) TOP1-TOP2, (C) TOP2-TOP3, (D) TOP1-BI-167107 in the pocket of β<sub>2</sub>AR. The black oval showed the key atoms for the binding pocket of β<sub>2</sub>AR.</p
The flowchart of virtual screening based on grid computing.
<p>MolGridCal can firstly submit the works into the server. Then the server distributed works into different nodes. The finished works would be gathered to find the candidate compounds.</p